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To send an electrical signal, we need two wires. Since two metal conductors are by definition a capacitor, this means that each section of our transmission line has some capacitance. And since a loop of wire is by definition an inductor, each section of our line also has some inductance. Suppose we close a switch applying a constant DC voltage across our two wires. This capacitance and inductance is what prevents the signal from travelling instantaneously. Therefore, we can never eliminate this capacitance and inductance completely because this would then violate Einsteins Theory of Relativity, which states that information can never travel faster than the speed of light. These capacitors and inductors shown are not components that we deliberately add to a circuit, but are an inherent part of all wires that carry electrical signals. When electric circuits appear to behave in unpredictable ways that seem to violate the laws of physics, this is often due to the capacitance and the induc
